A master-slave coupling between a cable's beam centerline and an embedded surface mesh gives energy-conserving cable fluid-structure interaction, verified on aerial refueling and validated on Mars parachute inflation.
Simulation of parachute inflation dynamics using an Eulerian computational framework for fluid-structure interfaces evolving in high-speed turbulent flows
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An Embedded Boundary Approach for Resolving the Contribution of Cable Subsystems to Fully Coupled Fluid-Structure Interaction
A master-slave coupling between a cable's beam centerline and an embedded surface mesh gives energy-conserving cable fluid-structure interaction, verified on aerial refueling and validated on Mars parachute inflation.